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| − | An '''antineutron''' shared similar properties to that of a [[neutron]], however its spin directly opposed that of a normal neutron. |
+ | An '''antineutron''' shares similar properties to that of a [[neutron]], however its spin directly opposes that of a normal neutron. |
| − | In [[Spock]]'s [[memory test]] on [[Vulcan (planet)|Vulcan]] in [[2286]], one of the questions was: "''Adjust the [[sine wave]] of this [[magnetic envelope]] so that antineutrons can pass through it but [[anti-graviton]]s cannot.'' * {{film|4}} |
+ | In [[Spock]]'s [[memory test]] on [[Vulcan (planet)|Vulcan]] in [[2286]], one of the questions was: "''Adjust the [[sine wave]] of this [[magnetic envelope]] so that antineutrons can pass through it but [[anti-graviton]]s cannot.''" ({{film|4}}) |
| − | In [[2375]], [[Tuvok]] detected antineutrons in the remains of the [[Silver Blood]] {{USS|Voyager}}. {{VOY|Course: Oblivion}} |
+ | In [[2375]], [[Tuvok]] detected antineutrons in the remains of the [[Silver Blood]] {{USS|Voyager}}. ({{VOY|Course: Oblivion}}) |
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An antineutron shares similar properties to that of a neutron, however its spin directly opposes that of a normal neutron.
In Spock's memory test on Vulcan in 2286, one of the questions was: "Adjust the sine wave of this magnetic envelope so that antineutrons can pass through it but anti-gravitons cannot." (Star Trek IV: The Voyage Home)
In 2375, Tuvok detected antineutrons in the remains of the Silver Blood USS Voyager. (VOY: "Course: Oblivion")
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